The experimental probability of landing on blue or red is 13/20.
The theoretical probability of landing on blue or red is 13/15.
As the number of spins increases, we expect the experimental and theoretical probabilities to become closer, though they might not be equal.
<h3>What are the probabilities?
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The experimental probability of landing on blue or red = (number of times the blue slice landed on by Amanda / total number of times the dial was spun) + (number of times the red slice landed on by Amanda / total number of times the dial was spun)
= 11/20 + 2/20 = 13/20
The theoretical probability of landing on blue or red = (number of blue slices / total number of slices) + (number of red slices / total number of slices)
= 2/15 + 11/15 = 13/15
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Slope: -3
y intercept: 0,5
A certain allergen affects approximately 7 people per 10,000 in the United States. Assuming the U.S. population is approximately 324 million people, how many people suffer from this allergen?
A certain allergen affects approximately 7 people per 10,000 in the United States. Assuming the U.S. population is approximately 324 million people, how many people suffer from this allergen?
Answer:
Numbers that aren't: 35 and 43. It can literally be any number.
Perfect cubes: 8,64,125,216. You can find perfect cubes by cubing any number. For example 6^3 (6 to the power of 3) is 216. A perfect cube.
The temp. rose by 25 degrees. divide that by 5 and it equals 5. so, add 5 hours to four o clock and you get 9:00
